Abstract
In this paper we characterize the Einstein metrics in such broader classes of metrics as almost -Ricci solitons and -Ricci solitons on Kenmotsu manifolds, and generalize some results of other authors. First, we prove that a Kenmotsu metric as an -Ricci soliton is Einstein metric if either it is -Einstein or the potential vector field is an infinitesimal contact transformation or is collinear to the Reeb vector field. Further, we prove that if a Kenmotsu manifold admits a gradient almost -Ricci soliton with a Reeb vector field leaving the scalar curvature invariant, then it is an Einstein manifold. Finally, we present new examples of -Ricci solitons and gradient -Ricci solitons, which illustrate our results.
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